- [BKS] T. Bedford, M. Keane, C. Series (Eds.), Ergodic Theory, Symbolic Dynamics and Hyperbolic Spaces, Oxford Science Publications, Oxford, 1991.
- Sample test B for Chapter 14 (1) (15 pts) Match the function z = f(x, y) on the left with the correct description
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- Sample test A for Chapter 16 (1) (15 pts) Sketch the vector field
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- NOTES ON ERGODIC THEORY AND DYNAMICAL SYSTEMS
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- 3. The Riesz Representation Theory Let C(X) denote the vector space of continuous functions on the compact metric space X.
- 1. The Variational Property of Entropy From the end of the last section we see that the topological entropy coincides much of the time
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- Appendix A: Topological Groups and Haar Measures For this appendix, we relax the requirement that a measure be normalized and even allow
- SOLUTIONS Exam #3: Math 171 April 13, 2010
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- Appendix B: Rotation Vectors and Ergodic Theory In the examples following the Birkhoff ergodic theorem, we indicated how rotation numbers
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- 1. The Ergodic Theorem If there is a ``fundamental theorem of ergodic theory'', then it must be the Birkhoff Ergodic
- Sample Test B for Chapter 12 (1) (10pts) If is the angle between the vectors 2, 1, 2 and -2, 1, 2 , decide
- Sample Test B for Chapter 13 (1) (15 pts) Match the vector function -r (t) on the left with the correct description on
- MATH 224-02 Sample Test A (1) (15 pts) Match the function z = f(x, y) on the left with the correct description of the contour
- MATH 224 Sample Chptr. 15 (1) (15 pts) Evaluate
- RIGIDITY IN ONE-DIMENSIONAL TILING SPACES MARCY BARGE AND RICHARD SWANSON
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- INVARIANTS OF WEAK EQUIVALENCE IN PRIMITIVE MATRICES RICHARD SWANSON AND HANS VOLKMER
- (1) The graph below is the derivative of a function f which is defined only for 0 x c. In addition, you can assume that f(c) < f(0).
- MATH 224-02 --Sample Test A for Chapter 12